Toyota is offering up to $5,000 in bonus financing cash for buyers of the 2013 Toyota Prius Plug-In Hybrid.
Until December 3, buyers can get $5,000 bonus financing cash on the Plug-In Prius Advanced model (offer #1239), and $4,000 on the regular Plug-In Prius (#1235).
The deals also include 0% APR over 60 months, and eligible buyers can still claim up to $2,500 in federal tax credits. Interested parties can find the offers on the Buyatoyota.com website.
The 2013 Toyota Prius Plug-In achieves 95 MPGe in electric mode, with a combined 50 MPG as a hybrid, matching that of the regular model.
Blended electric range is 11 miles, while buyers can expect six miles of all-electric range. You can find out more on the Prius Plug-In's slightly confusing EPA economy sticker here.
For more on the Prius Plug-In, why not head over to our full drive report?
[Hat tip to John C. Briggs]
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I am getting 12-13 EV miles in the winter. My strategy is to use EV for the city around town driving and use 50 MPG gas engine for the highway.
So far, I am average 54 MPG (gas miles divided by gallons) and 258 Wh/mi on electricity (including 15% charging loss).
PiP is very efficient with either fuel.
Pip is very slow with either fuel.
Horse are more efficient than Prius, but most people don't ride horses to work anymore...
Mid size interior, flat cargo floor, lowest emission of any plugin, cleanest and most efficient gas engine, proven reliability, etc.
A compact 4 sweater that increases emission in most states can be a deal breaker for most people, IMHO.
0-60mph, I have seen at least 1 second faster to as much as 1.8 seconds faster. That is a lot in 0-60mph. That is more than 12% difference. 1 sec at 60mph is over 88 ft. That is difference between safe merging or not.
0-70mph is over 2 secs in difference. That means that Volt is continuing to pull away at that speed.
60-0mph braking, Volt is shorter by over 20 ft. That is the difference between running into a pile of cars and stopping without accident. With a 4-star rated safety rating, I would say that is important.
Volt is also faster on turns and lane changes. All of those are done with over 560lbs heavier (mostly battery weight).
EPA test cycles are averaged over each different condition for 11 miles each. Toyota knows this so it designed an EV system barely large enough for the 11 miles cycle.
Even with that, the 2013 Volt showed a higher MPGe number than the 2013 PIP (98 vs 95). But 2012 Volt didn't b/c it had a 94 rating. Now let us look at your often quoted 29KWh/100mi and 0.2 gallon number. 0.2 gallon is 6.74KWh. 29+6.74 = 35.74 KWh. That is the total energy used for those 100 miles. 2012 Volt (36KWh) is slightly worse.
Like I said many time. Prius is a benchmark in gas efficiency. I don't argue against it. In fact, I have defended it against diesel fan. But that is NOT the point here. The point is that driving on EV miles is more efficient, especially under heavy loading.
PIP loaded with 4 or 5 people won't be able to stay in EV mode anyway with normal acceleration or slight hill. It would have to use gas even in those short distance.
Here is my perspective. Toyota sized PiP battery to retain the cargo floor flat. See the pics below along with the battery capacity.
Production PiP (4.4 kWh) cargo:
http://carshowblitz.com/wp-content/uploads/2011/09/2012-Toyota-Prius-Plug-In-rear-cargo-area.jpg
PiP (prototype with 5.2 kWh) cargo floor raised:
http://upload.wikimedia.org/wikipedia/commons/thumb/a/a4/Toyota_Prius_Plug-in_cargo_space_WAS_2011_1021.jpg/640px-Toyota_Prius_Plug-in_cargo_space_WAS_2011_1021.jpg
C-Max Energi (7.6 kWh) cargo:
http://www.plugincars.com/sites/default/files/imagecache/fullsize_620w/C-Max-Energi-Cargo.jpeg
Remember, I use EV miles for city driving and the 50 MPG gas engine for highway or heavy acceleration.
2012 Volt's 35kWh/100mi would produce more emission than a 50 MPG Prius on gas.
PiP emission is rated 210 g/mi using national average electricity. Volt is rated 260 g/mi. PiP is the cleanest plugin and it happens to be a midsize.
On the other hand, Pip s a terrible product by Toyota, especially with its EPA scamming E-range and worse safety/performance than regular Prius. After seeing many PIP "hogging" up public L2 charging stations for more than 2-3 hours in CA, taking away charging spots from other more realistic EVs/Plugins just infuriates me...
Of course, having the HOV access sticker helps. But now that C-Max Energi get it too, there is even less reason for it.
Sure, the 50MPG is better than the 43MPG, but that is a small difference. @ 15,000 miles per year, that is only 49 gallon in difference. That is assuming that you don't make up the difference with the very usable 20 EV miles.
Did I mention the better Performance?
The difference between 50 MPG and and 37 MPG is 8.76 kWh.
It takes about 3.1 kWh of electricity to fully charge PiP. So, that put things into perspective.
So, if you drive really long miles per day, then regular Prius is great buy, especially after price adjusted. If you drive shorter than 75 miles, Volt is cheaper.
And the Volt still gives you a better driving experience while you are doing those miles. There are no comparison in driving dynamic. Volt is way better.
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